Bridging Technology and Care: A Systematic Review of Biomedical Engineering and Nursing Collaboration in Healthcare System Empowerment

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Abdullaah Baraik Alawad, Afnan Haitham Ibrahim, Arwa Mohammed Yousef Almadani2 , Alaa Mohammed Ali Alduqduq2, Sultan Humaidan Mofareh Almutaiti, Adel Abdullah Al-Bariqi, Mohammad Fahid Al Anzi, Dalal Hamoud Freaj Alamrani, Zainab Zaki Al Sada

Abstract

Background:
Diabetes mellitus represents a major public health challenge worldwide, with an increasing prevalence in Saudi Arabia. The complexity of diabetes management requires integrated, multidisciplinary approaches involving professionals from health administration, radiology, laboratory medicine, and nursing to ensure optimal outcomes and coordinated patient care.


Background:
The collaboration between biomedical engineering and nursing is emerging as a critical driver of healthcare innovation and system empowerment. As healthcare systems increasingly integrate advanced technologies, bridging technical expertise with patient-centered care becomes essential to enhance quality, safety, and efficiency.


Objective:
This systematic review aimed to examine the current evidence on how biomedical engineering and nursing collaboration contributes to strengthening healthcare systems through innovation, interdisciplinary practice, and system improvement.


Methods:
A comprehensive search was conducted across PubMed, Scopus, Web of Science, and CINAHL databases using a combination of terms related to biomedical engineering, nursing collaboration, healthcare innovation, and system performance. The review followed the Preferred Reporting Items for Systematic Reviews and Meta-Analyses (PRISMA) guidelines. A total of 963 articles were identified through database and manual searches. After removing duplicates and screening for relevance and methodological rigor, 23 studies were included in the final synthesis.


Results:
The included studies revealed four key thematic areas: (1) interdisciplinary education and skill integration; (2) co-design and innovation in clinical technologies; (3) ethical and human-centered use of healthcare technology; and (4) system-level improvements in safety, workflow, and patient outcomes. Collectively, these findings demonstrate the value of engineering–nursing collaboration in promoting efficient, sustainable, and patient-focused healthcare delivery.


Conclusion:
Biomedical engineering and nursing partnerships are pivotal for empowering modern healthcare systems. Enhancing this collaboration through structured education, joint research, and shared innovation frameworks can accelerate progress toward resilient, technology-enabled, and human-centered healthcare.

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